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Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/London_dispersion_force> ?p ?o }

• London_dispersion_force abstract "London dispersion forces (LDF, also known as dispersion forces, London forces, instantaneous dipole–induced dipole forces, or loosely van der Waals forces) are a type of force acting between atoms and molecules. They are part of the van der Waals forces. The LDF is named after the German-American physicist Fritz London.The LDF is a weak intermolecular force arising from quantum-induced instantaneous polarization multipoles in molecules. They can therefore act between molecules without permanent multipole moments.London forces are exhibited by nonpolar molecules because of the correlated movements of the electrons in interacting molecules. Because the electrons in adjacent molecules "flee" as they repel each other, electron density in a molecule becomes redistributed in proximity to another molecule (see quantum mechanical theory of dispersion forces). This is frequently described as the formation of instantaneous dipoles that attract each other. London forces are present between all chemical groups, and usually represent the main part of the total interaction force in condensed matter, even though they are generally weaker than ionic bonds and hydrogen bonds.London forces become stronger as the atom in question becomes larger, and to a smaller degree for large molecules. This is due to the increased polarizability of molecules with larger, more dispersed electron clouds. This trend is exemplified by the halogens (from smallest to largest: F2, Cl2, Br2, I2). Fluorine and chlorine are gases at room temperature, bromine is a liquid, and iodine is a solid. The London forces also become stronger with larger amounts of surface contact. Greater surface area means closer interaction between different molecules.".
• London_dispersion_force thumbnail Argon_dimer_potential.png?width=300.
• London_dispersion_force wikiPageID "355547".
• London_dispersion_force wikiPageLength "9139".
• London_dispersion_force wikiPageOutDegree "46".
• London_dispersion_force wikiPageRevisionID "678154261".
• London_dispersion_force wikiPageWikiLink Albrecht_Unsöld.
• London_dispersion_force wikiPageWikiLink Ammonia.
• London_dispersion_force wikiPageWikiLink Atom.
• London_dispersion_force wikiPageWikiLink Bromine.
• London_dispersion_force wikiPageWikiLink Category:Chemical_bonding.
• London_dispersion_force wikiPageWikiLink Category:Intermolecular_forces.
• London_dispersion_force wikiPageWikiLink Center_of_mass.
• London_dispersion_force wikiPageWikiLink Chlorine.
• London_dispersion_force wikiPageWikiLink Chloromethane.
• London_dispersion_force wikiPageWikiLink Condensed_matter.
• London_dispersion_force wikiPageWikiLink Condensed_matter_physics.
• London_dispersion_force wikiPageWikiLink Dimer_(chemistry).
• London_dispersion_force wikiPageWikiLink Dipole.
• London_dispersion_force wikiPageWikiLink Dispersion_(optics).
• London_dispersion_force wikiPageWikiLink Electron_density.
• London_dispersion_force wikiPageWikiLink Electronic_correlation.
• London_dispersion_force wikiPageWikiLink Endohedral_fullerene.
• London_dispersion_force wikiPageWikiLink Fluorine.
• London_dispersion_force wikiPageWikiLink Fritz_London.
• London_dispersion_force wikiPageWikiLink Gas.
• London_dispersion_force wikiPageWikiLink Halogen.
• London_dispersion_force wikiPageWikiLink Hydrogen_bond.
• London_dispersion_force wikiPageWikiLink Hydrogen_bromide.
• London_dispersion_force wikiPageWikiLink Hydrogen_chloride.
• London_dispersion_force wikiPageWikiLink Hydrogen_iodide.
• London_dispersion_force wikiPageWikiLink Intermolecular_force.
• London_dispersion_force wikiPageWikiLink Iodine.
• London_dispersion_force wikiPageWikiLink Ionic_bonding.
• London_dispersion_force wikiPageWikiLink Ionic_pair.
• London_dispersion_force wikiPageWikiLink Ionization_energy.
• London_dispersion_force wikiPageWikiLink Ionization_potential.
• London_dispersion_force wikiPageWikiLink Methane.
• London_dispersion_force wikiPageWikiLink Molecular_dipole_moment.
• London_dispersion_force wikiPageWikiLink Molecule.
• London_dispersion_force wikiPageWikiLink Monomer.
• London_dispersion_force wikiPageWikiLink Multipole.
• London_dispersion_force wikiPageWikiLink Multipole_expansion.
• London_dispersion_force wikiPageWikiLink Multipole_moments.
• London_dispersion_force wikiPageWikiLink Neon.
• London_dispersion_force wikiPageWikiLink Pauli_exclusion_principle.
• London_dispersion_force wikiPageWikiLink Perturbation_theory_(quantum_mechanics).
• London_dispersion_force wikiPageWikiLink Polarizability.
• London_dispersion_force wikiPageWikiLink Quantum.
• London_dispersion_force wikiPageWikiLink Surface_area.
• London_dispersion_force wikiPageWikiLink Taylor_series.
• London_dispersion_force wikiPageWikiLink Van_der_Waals_force.
• London_dispersion_force wikiPageWikiLink Water.
• London_dispersion_force wikiPageWikiLink File:Argon_dimer_potential.png.
• London_dispersion_force wikiPageWikiLinkText "Dispersive force".
• London_dispersion_force wikiPageWikiLinkText "London dispersion force".
• London_dispersion_force wikiPageWikiLinkText "London dispersion".
• London_dispersion_force wikiPageWikiLinkText "London_dispersion_force".
• London_dispersion_force wikiPageWikiLinkText "dispersion force".
• London_dispersion_force wikiPageWikiLinkText "dispersion forces".
• London_dispersion_force wikiPageWikiLinkText "dispersion interaction energy".
• London_dispersion_force wikiPageWikiLinkText "dispersion".
• London_dispersion_force wikiPageWikiLinkText "instantaneous dipole".
• London_dispersion_force hasPhotoCollection London_dispersion_force.
• London_dispersion_force wikiPageUsesTemplate Template:Chemical_bonds.
• London_dispersion_force wikiPageUsesTemplate Template:Reflist.
• London_dispersion_force subject Category:Chemical_bonding.
• London_dispersion_force subject Category:Intermolecular_forces.
• London_dispersion_force hypernym Force.
• London_dispersion_force type MilitaryUnit.
• London_dispersion_force type Physic.
• London_dispersion_force comment "London dispersion forces (LDF, also known as dispersion forces, London forces, instantaneous dipole–induced dipole forces, or loosely van der Waals forces) are a type of force acting between atoms and molecules. They are part of the van der Waals forces. The LDF is named after the German-American physicist Fritz London.The LDF is a weak intermolecular force arising from quantum-induced instantaneous polarization multipoles in molecules.".
• London_dispersion_force label "London dispersion force".
• London_dispersion_force sameAs قوى_تشتت_لندن.
• London_dispersion_force sameAs Forces_de_dispersió_de_London.
• London_dispersion_force sameAs Londonbinding.
• London_dispersion_force sameAs London-Kraft.
• London_dispersion_force sameAs Fuerzas_de_dispersión_de_London.
• London_dispersion_force sameAs نیروی_پراکندگی_لاندن.
• London_dispersion_force sameAs Forces_de_London.
• London_dispersion_force sameAs Gaya_london.
• London_dispersion_force sameAs Forza_di_London.
• London_dispersion_force sameAs ロンドン分散力.
• London_dispersion_force sameAs 분산력.
• London_dispersion_force sameAs Londonkracht.
• London_dispersion_force sameAs Siły_Londona.
• London_dispersion_force sameAs m.07k6tmy.
• London_dispersion_force sameAs Forță_de_dispersie_London.
• London_dispersion_force sameAs Дисперсионные_силы.
• London_dispersion_force sameAs Londonova_disperziona_sila.
• London_dispersion_force sameAs Londonova_disperziona_sila.
• London_dispersion_force sameAs இலண்டன்_கலைவு_விசை.
• London_dispersion_force sameAs Q519418.
• London_dispersion_force sameAs Q519418.
• London_dispersion_force sameAs 色散力.
• London_dispersion_force wasDerivedFrom London_dispersion_force?oldid=678154261.
• London_dispersion_force depiction Argon_dimer_potential.png.
• London_dispersion_force isPrimaryTopicOf London_dispersion_force.